Final Year Project Report (BUES): Recent submissions

  • Automated Self-Parking System for Car Using On Board Embedded Systems (P-0109) (MFN 3134) 
    Hassan Mushtaq; Muhammad Waqas; Muhammad Tayyab (Computer Engineering, Bahria University Engineering School Islamabad, 2012)
    The aim is to develop a system in a car that helps a driver to park the car accurately in the available space, as parking is a real test of driver’s skills during which most of them stumbled upon while maneuvering car back ...
  • Simulation and Implementation of Spectrum Sensing Techniques (SST) of Cognitive Radio (P-0110) (MFN 3135) 
    Muhammad Hashim; Malik Rizwan; Ihtisham Ul Haq (Computer Engineering, Bahria University Engineering School Islamabad, 2012)
    The policy of fixed spectrum makes spectrum utilization efficient more difficult, through which maximum portion of primary spectrum was unutilized. The new innovation in communication technology called cognitive radio can ...
  • Obstacle detection and guidance system using RFID (P-0111) (MFN 3136) 
    Asad Ullah; Muhammad Arslan Hafeez; Tahir Saleem (Computer Engineering, Bahria University Engineering School Islamabad, 2012)
    The term RFID describes the use of radio frequency signals to provide automatic identification of devices. The overall goal is to produce RFID reader that is capable of receiving more than one bit of information from the ...
  • Automatic Pralka (P-0112) (MFN 3137) 
    Hassan Ali; Sajawal Ali; Naeem Tariq (Computer Engineering, Bahria University Engineering School Islamabad, 2012)
    Pralka is a Polish language word means washing machine. This machine makes the washing process easier because of its embedded system which makes the machine fully automatic Core of this embedded system is ...
  • Employee's Monitoring System Through Infrared (P-0113) (MFN 3138) 
    Malik Harris; Sheraz Ahmed (Computer Engineering, Bahria University Engineering School Islamabad, 2012)
    Until now in industries, large organization, hospitals, offices have monitoring systems on their entrances like biometric and cameras. The operator in monitor room has the tedious task of monitoring more than 30-40 camera ...
  • Vision Based Ball Collecting Robot (P-0114) (MFN 3139) 
    Muhammad Zohaib Aziz Khan (Computer Engineering, Bahria University Engineering School Islamabad, 2012)
    With the advancement in electrical and mechanical engineering, a new form of machines came into scene; called Robots. A Robot is a combination of electronics, mechanical design and software. If we see the modern world ...
  • Implementation of W-CDMA protocol on FPGA (P-0115) (MFN 3130) 
    Muhammad Hassan; Kashif Nisar, 01-133082-133 (Computer Engineering, Bahria University Engineering School Islamabad, 2012)
    This project is to design and implement 128-bit Ethernet cryptographic process using FPGA. .The goal of the project is to securely transmit data over transmission medium. The Administrator will have the right to change the ...
  • Crypto Graphic Processor Base on FPGA (P-0207) (MFN 2812) 
    Zahra Shafiq, 01-133072-168 (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    The project idea is about to design a cryptographic processor implementing AES as the algorithm for encryption/decryption processing. AES is selected from other cryptographic standards because it is stronger and faster and ...
  • RFID based library management system (P-0208) (MFN 2813) 
    Saqib Majid; Ubaid Ur Rehman; Arsalan Khan (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    Our goal is to design a fuel dispenser based on industrial controlling computer; adopt advanced computer technology, together with high precision meter. It’s a measuring device for filling fuel for cars in petroleum station. ...
  • Microcontroller based digital automated fuel dispenser (P-0209) (MFN 2814) 
    Muhammad Mohsin Anjum; Usman Shahzad Ranjha; Qasim Fareed Shad (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    Our goal is to design a fuel dispenser based on industrial controlling computer; adopt advanced computer technology, together with high precision meter. It’s a measuring device for filling fuel for cars in petroleum station. ...
  • X band Low Noise Amplifier and Ultra Broad Band Wilkinson Power Divider (P-0210) (MFN 2815) 
    Tahir Imran; Waseem Ahmed, 01-133072-070; Tanveer Zahid (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    Our final year Project is divided into two parts: X Band Low Noise Amplifier and 2GHz- 18GHz Broadband Wilkinson power divider. In Microwave communication the first stage of each microwave receiver has Low Noise Amplifier ...
  • Autonomous Unmanned Ground Vehicle for Landmines Detection (P-0197) (MFN 2816) 
    Muhammad Zahid Khan, 01-133072-133 (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    The goal of project is to design an unmanned ground vehicle (UGV) that can navigate and adapt to its surroundings. Unmanned vehicles will have many important roles in the upcoming future. The importance of these vehicles ...
  • GSM based emergency vehicle traffic control system (P-0198) (MFN 2817) 
    Hassam Shoaib; Muhammad Miqdad Ali; Saqlain Yaseen (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    Abstract The emergency vehicle movement has always been a serious issue in traffic control management. As if an ambulance is on the move it may face traffic congestions on the roads, especially on the signals. To allow ...
  • Wi-Fi enabled unmanned ground vehicle (P-0199) (MFN 2818) 
    Muntaha Saleem, 01-133072-044 (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    The continuous danger for the soldiers can be decreased; if instead of humans surveillance can be done by robots. The “Wi-Fi Enabled Unmanned Ground Vehicle” is able to provide this option to soldiers. The user can control ...
  • Wi-Max Based Surveillance UGV (P-0200) (MFN 2819) 
    M. Hassan Ahmad Roshan; Zahid Ali Shah; Syed Haseeb Hasan Hamdani (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    The purpose of the project is to make such a robot, which can be controlled through a website and provide high-speed video stream for surveillance purpose. The applications of this project are unlimited. Along with ...
  • Motion detecting camera (wireless) (P-0201) (MFN 2820) 
    Muhammad Asim Zahid; Muhammad Ali; Muddassar Ali Sheikh (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    The usual security cameras have a number of blind spots which enables intruders to bypass them without being detected. This security camera is designed to remove this flaw. The basic idea is to use Ultrasonic to detect any ...
  • Design and Implementation of a UAV using GPS (P-0202) (MFN 2821) 
    Mohammad Mahad Shams; Junaid Abbas; Babrik Changez Khan; Farhan Riaz (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    This project ‘Design and Implementation of a UAV using GPS’ involves building of UAV with distinct features. The UAV is built with the help of a ‘Do it yourself’ (DIY) kit based on the design taken from MIT research paper. ...
  • Vision based automation system application (human language translator) (P-0203) (MFN 2822) 
    Haroon Yaseen (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    This undergraduate dissertation describes the implementation of “Vision Based Automation System Application (Real Time Human Language Translator)”. My goal was to develop a system of human computer interaction which is ...
  • Design of RFID and security system (P-0262) (MFN 2823) 
    Abdul Wahid; Muhammad Abid Khan; Muhammad Usman (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    Radio Frequency Identification (RFID) is a rising technology in the world nowadays. Many systems have already introduced and many systems are planned and will hopefully be implemented. RF applications, such as television, ...
  • Brain computer interface (P-0206) (MFN 2811) 
    Wajeeh Muhammad; Waleed Manzoor; Uzair Ahmed (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    Brain Computer Interface is a direct way for humans to communicate with a computer or any external device using only their thoughts. There are 3 ways to achieve this. Two of these are invasive, are dangerous to perform and ...

Search DSpace


Advanced Search

Browse

My Account